Thermocaproicibacter melissae: NOG13_03410
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Entry
NOG13_03410 CDS
T09029
Name
(GenBank) DUF4981 domain-containing protein
KO
K01190
beta-galactosidase [EC:
3.2.1.23
]
Organism
tmel
Thermocaproicibacter melissae
Pathway
tmel00052
Galactose metabolism
tmel00511
Other glycan degradation
tmel01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
tmel00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00052 Galactose metabolism
NOG13_03410
09103 Lipid metabolism
00600 Sphingolipid metabolism
NOG13_03410
09107 Glycan biosynthesis and metabolism
00511 Other glycan degradation
NOG13_03410
Enzymes [BR:
tmel01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.23 beta-galactosidase
NOG13_03410
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_2_C
Bgal_small_N
Glyco_hydro_2_N
LacZ_4
Glyco_hydro_2
BetaGal_ABD2
BUD31
Motif
Other DBs
NCBI-ProteinID:
WBY64752
LinkDB
All DBs
Position
complement(671257..674316)
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AA seq
1019 aa
AA seq
DB search
MLCVDKYWENPDILHVNCEKPHAYFIPYENEAKAKKGIRGNSKYFKSLNGSWKFKYHDSV
HMVEDGFYAENFDASGWDDLIVPSNWQMHGYDKPHYTNVNYPYPCDPPYVPDSNPAGLYI
RDFIIKEADNKDLYLVFEGVDSCFYVWVNGRFVGYSQVSHMTSEFNISEYVKPGNNRLAV
MVLKWCDGSYLEDQDMWRLSGIFREVYLLARNKAHISDIFVKTELNSTYTEGTLKCELEL
AGSASSDIRVVLKDIHGDVLYDKATPFASSTSVEIKVQNPDLWSAEAPNLYELYLYLEDE
VILQKVGFREIKVKDSAILLNGKAIKFKGVNRHDSHPELGHTTPLYHMKNDLLIMKRHNI
NAIRTSHYPNDPRFLELCDELGFYVIDEADLETHGAGSAGNIDMISRDPRFEKAYLDRMQ
RMVERDKNHPCVCFWSLGNESGFGENHIKMAQWAKSRDKSRLIHYEGATNEWGKNDLDNS
CIDVYSRMYPPISEMKDLVENRESEKRPYILCEYCHAMGNGPGDLKDYWDLMYSNPRYAG
GFVWEWTDHAVKTKTPDGIEYYAYGGDFGDKPNDGNFCMDGLVYPDRTPHTGLLELKNVI
APVRTEAIDLCKGEIKVTNLYYFTNLSQLVLNWKVEKDGEIIDRGEVEDLDIAPQESMTI
TLPYEYPAKADGRYFLTVYYTQNVDTEWAEKGYEVAFQQFELPTGRVEKAVISKSAMPDI
NVEKTEKEIIISGSDFHYVFDQVLGSFTRMEYNGVPLINSTPKFNVWRAPTDNDRNIVHK
WREEGYDRLGSKIYGIQITSQDDKHITICSEFSLAGYIKKPVLRGKAYWTVYGSGDILLD
TQMEVREGIPYLPRFGLQIVMPKGNELVEYFGYGPHESYIDKHRSTWKSRFESTVDGMHE
NYLMPQENGSHYATEWAVVTNKLGMGLLFIGMDDFSFNASHYTPEDLTNAMHPHELKRRN
ETIIHIDYMNSGVGSNSCGPELLPQYRLSQKEINFKVRIKPVFKDDVCLIDEVNTQIQG
NT seq
3060 nt
NT seq
+upstream
nt +downstream
nt
atgctctgtgtagataagtattgggaaaatcccgatatacttcatgtaaattgcgaaaaa
ccccatgcctacttcataccctatgaaaacgaagcaaaagcaaaaaaaggcatccgcgga
aattccaaatacttcaaaagtctgaatggaagctggaaattcaagtatcatgattccgta
catatggttgaggatggattttatgcggaaaattttgatgcctccggctgggatgatctg
atagtcccctccaactggcaaatgcatggttatgacaagccacactataccaatgtaaac
tacccttacccttgcgacccaccttatgttccggacagcaatccggcaggtctgtatatt
cgtgatttcattatcaaagaagcagataataaggatttgtatctggtttttgaaggtgtg
gattcctgcttctatgtatgggtaaacggcaggtttgtcggatacagccaggtaagccat
atgacttccgaatttaacatatctgagtatgtcaagccgggaaacaaccgcctggccgta
atggtgcttaaatggtgcgatggaagctacctggaggatcaggacatgtggaggctttcc
ggtatttttagggaggtataccttttagcccggaataaagctcatatttccgatatattt
gtaaaaactgaacttaacagcacttatactgaaggcacccttaaatgtgagctggaattg
gccggaagtgcgagttccgatatcagggttgtcctgaaagacatccacggcgatgtcctg
tatgataaggcaacaccctttgccagttccacatctgtagaaatcaaggttcaaaatcct
gacctctggtcggcagaggcacctaatttatatgagctctacttatatctcgaggatgaa
gtaatactccaaaaggtaggttttagagaaatcaaagtgaaagattcggcaatactgctg
aacggcaaagctatcaaatttaagggtgtcaaccgtcatgattcccatcctgagctgggt
cataccaccccactataccatatgaaaaatgaccttctcatcatgaagcgccataacata
aatgccatcagaacgtcccattatcctaatgatcccaggtttttggagctttgtgacgag
ctgggcttttatgtgatcgatgaggcggatttggagactcacggtgccggttctgcagga
aatatcgatatgatttctcgagatccccgctttgaaaaagcctatctggacagaatgcaa
aggatggtggaaagggataaaaaccacccttgcgtttgcttctggtccctgggcaatgaa
tccggctttggagaaaaccatataaagatggcccaatgggcaaaaagcagggacaaatcc
cgcttaatccactatgaaggagccaccaacgaatggggcaaaaacgatctggataactcc
tgcatagatgtatacagcaggatgtatcctcccatttccgaaatgaaagatctggtggaa
aacagggaaagcgaaaaacgtccctatattctttgcgagtactgccatgccatggggaac
ggccctggggatttaaaagattattgggatcttatgtacagcaatcccagatacgccggt
ggttttgtctgggaatggaccgatcatgcggtaaaaaccaaaacaccggacggaatcgaa
tactatgcttacggtggcgatttcggcgacaagcctaatgacggcaatttctgtatggat
ggcctggtttatccggacaggacaccccataccggcctgctggagctgaagaatgtcatt
gcgccggtccggacggaagcaatagatttatgcaagggtgaaatcaaagtcaccaacctt
tactattttacaaatctttcgcagctcgtgctgaactggaaagtggaaaaagatggagag
ataatagaccggggtgaggtggaagacctggacatagctcctcaggaatccatgaccata
acccttccctatgagtatccggctaaagcagacgggcgttacttccttaccgtttactac
acccagaatgtggacacggaatgggccgaaaaaggttatgaagtagccttccagcagttt
gagcttcccacaggcagggtggagaaagctgtaatcagcaagtcggctatgcccgatatc
aatgtggaaaaaactgaaaaagagatcattatctcaggatcggattttcattatgtcttc
gaccaggttctaggctccttcacccgtatggaatacaacggtgtgcctttgatcaacagt
accccgaaattcaacgtctggagagctcctaccgacaatgacagaaacatcgtgcacaag
tggagggaagaaggctatgacaggcttggcagcaagatatacggcattcagatcacaagc
caggatgacaagcatataaccatatgttcggagttctctcttgcaggttatatcaagaag
cctgtcctccgtggaaaagcttactggactgtatatggaagcggtgacatcctgctggat
acacaaatggaggtaagggaaggcattccgtacctacccagattcggcttgcaaattgta
atgcccaaaggtaatgagctggtggaatatttcgggtatgggcctcacgaaagctatatc
gacaagcataggagcacatggaagagcaggtttgaatctacggtggatggtatgcatgaa
aattacctgatgccgcaggaaaacggaagccattacgctaccgaatgggctgtagttacc
aataagctgggtatgggacttctcttcataggtatggacgatttctccttcaatgcgtcc
cactacacaccggaagatctcacaaatgccatgcatcctcatgaactgaagaggcggaac
gaaaccatcatccatatagattatatgaacagcggagtaggttccaacagctgcggtcct
gaacttttaccgcagtacaggctatcgcagaaggagattaacttcaaagtaaggatcaag
cctgtatttaaagatgatgtctgcttaattgatgaggtaaatactcaaatacagggatga
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